Service Page - SPS59T02GB/29

Energy Efficiency Class: A+ (on an Energy Efficiency Class scale from A+++ to D)

Capacity: 10 place settings

Energy consumption in programme Eco 50 °C: 237 kwhper year, based on 280 standard cleaning cycles using cold water fill and the consumption of the low power modes. Actual energy consumption will depend on how the appliance is used.

Water consumption in ​Eco 50 programme: 2660 litres per year, based on 280 standard cleaning cycles

Programme time in Eco 50 programme: 195 minutes

A rated performance for washing and A for drying

Noise level dB (A) re 1pW: 44 dB

5 programmes:
Intensive 70 °C, Auto 45-65 °C, Eco 50 °C,
Quick wash 45 °C, Pre-Rinse

4 Special options: Intensive Zone, VarioSpeed Plus, Hygiene, Extra Dry

VarioDrawer on 3rd level

VarioFlex Pro basket system

3 stage Rackmatic height-adjustable top basket

Silver baskets with pullout handle and stainless steel inlay

3 foldable plate racks in top basket

2 foldable plate racks in bottom basket, 1 cup shelf in bottom basket

1 cup shelf in top basket 1 cup shelf in bottom basket

Glass rack in bottom basket

EcoSilence BLDC drive

DuoPower spray arm in upper basket

Heat exchanger - Hygienic and efficient drying

ActiveWater hydraulic water system

DosageAssist detergent dispenser

Automatic detergent detection

AquaSensor III, Load Sensor

AquaMix - Glass protection system

AquaStop anti flood device with guarantee

Large item spray head

Stainless steel interior

Control buttons on front of fascia

Display colour: Red LED indicators

LED salt refill indicator, LED rinse aid refill indicator

Alternating spray arms

Self-cleaning filter system with 3 piece corrugated filter

Child safety - Childproof door lock, Tamperproof controls

Electronic time delay: 1-24 hours with remaining programme time indicator (min), water inlet indicator

Dimensions (HxWxD): 84.5 x 45 x 60cm

Efficiency information relates to the ​Eco 50 programme. This programme is suitable for cleaning normally soiled tableware and is the most efficient programme in terms of combined energy and water consumption.